Hospital Grade Receptacle Type Duplex
Duplex Receptacle Type Surge Device
Amperage 20A
Voltage 125V
Enhancement Isolated Ground
NEMA Number 5-20R
Horsepower 1
Description Surge Suppression Duplex Receptacle
Type 2 Pole, 3 Wire, Grounding
Certification UL Listed File E2186 Listed to UL Standards 498 Receptacles 1449 Transient Voltage Surge Suppressors CSA Certified to Specification C22.2 No. 42M (15A only) ANSI/IEEE C62.41 (IEEE 587) Installation Categories "A" (Ring Wave) "B" (unidirectional Impulse)
Top Material Nylon
Base Material Nylon
Power Contacts Material .031" (.8) Brass
Ground Contacts Material .031" (.8) Brass
Clamping Plate Material .031" (.8) Brass
Mounting Strap Material .050" (1.3) Steel-Zinc Coated
Terminal Screw Material #8-32 Brass
Ground Screw Material #8-32 Steel (Green)
Auto. Ground. Clip Material Stainless steel
Mounting Screws Material Steel-Zinc Plated
LED Color Red
Alarm Muting Screw Material Nylon
Dielectric Voltage Withstands 2,000V minimum.
Frequency 60Hz.
Response Time Approximately 5 ns.
Protection Modes Normal and Common Modes.
Transient Suppression at Peak Energy (10 x 1000 µs) 210 Joules
Transient Suppression at Peak Current (8 x 20 µs) 13000 A
UL Portable/Plug-In Test (8x20 µs 500A) Suppressed Voltage 340V
UL Permanently Wired Test (8x20 µs 3000A) Suppressed Voltage 490V.
UL Listed Suppressed Voltage 500V max.
Temperature Rise Max 30°C temperature rise at full rated current after 50 cycles of overload at 150% of rated current with direct current.
EMI/RFI Attenuation at 50 ohms Normal Mode 40 dB 500kHz - 100MHz.
Normal EMI/RFI Rejection (@50 Ohms) 10 dB minimum 4 to 100MHz.
Common EMI/RFI Rejection (@50 Ohms) 10 dB minimum 4 to 100MHz.
Terminal Identification Terminals identified in accordance with UL 498, (Brass, White, Green).
Terminal Accommodation #14-#12 AWG Copper Conductor only.
Product Identification Ratings are permanent part of device.
Flammability 94-V2.
Operating Temperatures 0° to 40°C (32° to 140° F).
Storage Temperature -35° to 60° C (-31° to 140° F).
Maximum Humidity 90% Non Condensing